GLGY 491 – Paleobiology
Disclaimer: While every reasonable effort is made to ensure that the information provided is accurate, no guarantees for the currency or accuracy of information are made. It takes several proof readings and rewrites to bring the quiz to an exceptional level. If you find an error, please contact me as soon as possible. Please indicate the question ID-Number or description because server may randomize the questions and answers.
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Geology (GLGY 491-UCAL) Final Exam
Congratulations - you have completed Geology (GLGY 491-UCAL) Final Exam.
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Question 1 |
A | Early Cretaceous (aka lower K) |
B | Early Permian (aka lower P) |
C | Middle Permian |
D | Late Cretaceous (aka upper K) |
E | Late Paleozoic (aka upper Pz) |
Question 2 |
A | contracted |
B | visored |
C | open |
D | constricted |
E | peristome projections |
Question 3 |

A | IV |
B | II |
C | V |
D | I |
E | VII |
F | III |
Question 4 |
A | They are Invertebrates. |
B | They are mammals. |
C | They have very strong evolutionary links to cephalochordates and urochordates. |
D | They do not have organs or specialized cells. |
Question 5 |
A | False because they occurred in non primitive chordates. |
B | True |
C | False because while some chordates had gills, majority of primitive chordates had none. |
D | False because gills are never (even in most advanced form) a morphological feature of Hemicordate. |
Question 6 |
A | At the Permian/Triassic |
B | At the Cretaceous/Paleogene |
C | At the Ordovician/Silurian |
D | At the Triassic/Jurassic |
Question 7 |
A | Cephalochordates |
B | Enterponeuts |
C | Tunicates |
D | Urochordates |
Question 8 |
A | Silurian |
B | Ediacaran |
C | Ordovician |
D | Permian |
E | Cambrian |
Question 9 |
A | Ordovician |
B | Devonian |
C | Carboniferous |
D | Permian |
E | Cambrian |
Question 10 |
A | ~ 100 cm |
B | ~ 5 cm |
C | ~ 70 cm |
D | ~ 30 cm |
Question 11 |
A | ~ 35 cm |
B | ~ 150 cm |
C | ~12 cm |
D | ~ 100 cm |
Question 12 |
A | Late Cambrian (aka upper ∈) |
B | Mid Cretaceous |
C | Late Silurian (aka upper S) |
D | Mid Devonian |
E | Early Permian (aka lower P) |
Question 13 |
A | Eurypterus |
B | Isotelus rex |
C | Ogygites |
D | Trinucleus |
E | Niobids |
Question 14 |
A | democrystals |
B | bio-calcites |
C | oligocrystals |
D | synthetically produced calcites |
Question 15 |
A | By increasing the size of gills. |
B | By having small boney plates that are interconnected. |
C | By increasing the size of the tail. |
D | By splitting the tail into parts. |
Question 16 |
A | Silurian |
B | Late Cambrian (aka upper ∈) |
C | Jurassic |
D | Devonian |
E | Early Cretaceous (aka lower K) |
F | Late Paleozoic (aka upper Pz) |
Question 17 |
A | anulus (or annulus) |
B | septum |
C | anterior suture |
D | hyponomic sinus |
E | mural |
Question 18 |
A | Early Cretaceous (aka lower K) |
B | Early Permian (aka lower P) |
C | Middle Triassic |
D | Late Cambrian (aka upper ∈) |
E | Late Paleozoic (aka upper Pz) |
Question 19 |
A | theca |
B | sicula |
C | nema |
D | autotheca |
E | stipe |
F | nema |
Question 20 |
A | False |
B | True |
Question 21 |
A | peristome projections |
B | constricted |
C | visored |
D | open |
E | contracted |
Question 22 |
A | Redlichiida |
B | Proetida |
C | Asaphida |
D | Lichida |
E | Agnostida |
Question 23 |
A | Determining the reasons for Cambrian explosion. |
B | Determining the depth of burial. |
C | Determining the pale-enviroment. |
D | Determining the causes of Permian-Triassic extinction. |
Question 24 |
A | 210 million years old |
B | 110 million years old |
C | 180 million years old |
D | 150 million years old |
E | 50 million years old |
F | 160 million years old |
Question 25 |

A | II |
B | V |
C | VI |
D | IV |
E | III |
F | VII |
G | I |
Question 26 |
A | Nipponites |
B | Nautilus |
C | Ceratites |
D | Baculites |
E | Aragonauta |
Question 27 |
A | I. Late Cambrian II. Permian-Triassic Crisis |
B | I. Early Silurian II. Permian-Triassic Crisis |
C | I. Early Silurian II. Paleogene-Cretaceous Crisis |
D | I. Middle Ordovician II. Paleogene-Cretaceous Crisis |
E | I. Late Cambrian II. Paleogene-Cretaceous Crisis |
F | I. Middle Ordovician II. Permian-Triassic Crisis |
Question 28 |
A | They are marine organisms. |
B | They have no known predators. |
C | They are typically found in extremely cold water environments such as the arctic. |
D | They reproduce asexually. |
E | They evolved during the Cambrian explosion. |
Question 29 |
A | They are used in cutting saws and other tools. |
B | They are valuable as a jewellery. |
C | They be used to determine the best areas for oil and gas extraction. |
D | They are indicator fossils that often leads to deposits of coal. |
Question 30 |
A | Corynexochida |
B | Phacopida |
C | Agnostida |
D | Ptychopariida |
E | Redlichiida |
Question 31 |
A | Devonian |
B | Silurian |
C | Permian |
D | Cambrian |
Question 32 |
A | Regular |
B | Irregular |
C | Pentameral |
D | two-fold with a mirrored plane |
Question 33 |
A | Movement across surfaces |
B | Buoyancy control (up-down movement in water) |
C | Defense and prey |
D | Sexual reproduction |
Question 34 |
A | anterior |
B | ventral |
C | posterior |
D | septal |
Question 35 |
A | Involute |
B | Gyrocone |
C | Evolute |
D | Torticone |
E | Brevicone |
Question 36 |

A | nema |
B | decurved |
C | scandent |
D | pendent |
E | recurved |
F | reclined |
Question 37 |
A | their shell is consist of several small shelly parts. |
B | they have several different spines on their shell for defense. |
C | their muscles are consist of several specialized tissues. |
D | they have many feet. |
E | they have several sets of eyes. |
Question 38 |
A | Devonian to Early Carboniferous |
B | Cambrian to Late Permian |
C | Jurassic to Holocene (Recent) |
D | Late Paleozoic to Mesozoic |
Question 39 |
A | I. Cambrian II. Paleogene-Cretaceous Crisis |
B | I. Ordovician II. Paleogene-Cretaceous Crisis |
C | I. Silurian II. Paleogene-Cretaceous Crisis |
D | I. Cambrian II. Permian-Triassic Crisis |
E | I. Ordovician II. Permian-Triassic Crisis |
F | I. Silurian II. Permian-Triassic Crisis |
Question 40 |
A | Posterior |
B | Dorsal |
C | Anterior |
D | Ventral |
Question 41 |
A | Permian |
B | Silurian |
C | Ordovician |
D | Cambrian |
E | Jurassic |
Question 42 |
A | Movement |
B | Respiratory |
C | Circulatory |
D | Chewing |
Question 43 |
A | cardinal sinus |
B | proloculus |
C | hyponomic sinus |
D | septal neck |
Question 44 |
A | Torticone |
B | Evolute |
C | Gyrocone |
D | Involute |
E | Brevicone |
Question 45 |
A | True |
B | False |
Question 46 |
A | cephalon, right lateral pleural lobe |
B | thorax, right lateral pleural lobe |
C | thorax, left lateral pleural lobe |
D | siphuncle, left lateral pleural lobe |
E | siphuncle, right lateral pleural lobe |
F | cephalon, left lateral pleural lobe |
Question 47 |
A | Based on the coiling direction and the nature of the coil. |
B | Based on the position of the proloculus (first chamber). |
C | Based on the length to width ratio. |
D | Based on the environment; benthic vs planktonic. |
E | Based on the shape of the axis (curved or not) of addition. |
Question 48 |
A | Segmented carapace |
B | Smooth outer shell (carapace) |
C | Large, 360-degree type eyes |
D | Spines |
Question 49 |
Original Image: http://commons.wikimedia.org/wiki/File:Gogia_spiralis_Utah.jpg
A | ventral cavity(red), bulbus(blue), root structure(green) |
B | ventral cavity(red), body cavity(blue), root structure(green) |
C | stem(red), brachioles(blue), theca(green) |
D | stem(red), theca(blue), holdfast(green) |
E | brachioles(red), theca(blue), stem(green) |
F | brachioles(red), theca(blue), holdfast(green) |
Question 50 |

A | decurved , pendent |
B | recurved , scandent |
C | recurved , declined |
D | decurved , recurved |
E | recurved , pendent |
F | decurved , declined |
Question 51 |
A | Brevicone |
B | Gyrocone |
C | Evolute |
D | Torticone |
E | Involute |
Question 52 |
A | siliceous |
B | calcitic |
C | arragonitic |
D | delicious |
E | biochemical |
Question 53 |
A | Nautilids |
B | Belemnites |
C | Ceratites |
D | Bactritoids |
Question 54 |
A | Cambrian |
B | Silurian |
C | Devonian |
D | Permian |
E | Carboniferous |
Question 55 |
A | Lower Silurian |
B | Permian |
C | Lower Cambrian |
D | Upper Cretaceous Hint: Played a major role; but this is NOT when it evolved. |
Question 56 |
A | I. Mesozoic II. Triassic/Jurassic |
B | I. Ordovician II. Triassic/Jurassic |
C | I. Ordovician II. Permian/Triassic |
D | I. Mesozoic II. Permian/Triassic |
E | I. Cambrian II. Triassic/Jurassic |
Question 57 |
Please note do not use the Internet for this question. The prof has a different eon for Belemnites than what is commonly stated in literature. 🙂 (ID-PBF-43)
A | Early Permian (aka lower P) |
B | Early Cretaceous (aka lower K) |
C | Late Cretaceous (aka upper K) |
D | Middle Permian |
E | Late Paleozoic (aka upper Pz) |
Question 58 |
A | open |
B | contracted |
C | visored |
D | constricted |
E | peristome projections |
Question 59 |
A | I. peaks II. troughs |
B | I. lobes II. sulci |
C | I. nodes II. sulci |
D | I. lobes II. dips |
E | I. nodes II. dips |
Question 60 |
A | Lasanius |
B | Astraspis |
C | Saccabambaspis |
D | Placoderms |
Question 61 |
A | constricted |
B | contracted |
C | visored |
D | peristome projections |
E | open |
Question 62 |
A | bilateral |
B | pentameral |
C | spherical |
D | radial |
E | lacks symmetry |
Question 63 |
A | Ceratites |
B | Aragonauta |
C | Nipponites |
D | Baculites |
E | Nautilus |
Question 64 |
A | Coiled |
B | Pentameral |
C | Bilateral |
D | No symmetry due to advanced evolution of the species. |
Question 65 |
A | Early Cambrian |
B | Late Cambrian |
C | Middle Cambrian |
D | Early Devonian |
E | Late Devonian |
Question 66 |
A | Lower Permian |
B | Middle Jurassic |
C | Silurian |
D | Lower Devonian |
E | Upper Cambrian |
Question 67 |
A | Compression of shell structures. |
B | Expansion of shell structures creating round or elliptical shape. |
C | Complete (or near complete) loss of symmetry. |
D | Development of feet. |
Question 68 |
A | False |
B | True |
Question 69 |
A | False |
B | True |
Question 70 |
A | They have a shell composed of inorganic matter. |
B | Their colour will varies with heat. |
C | They are the direct ancestors of modern humans. |
D | They have a shell composed of agglutinated silicon particles. |
Question 71 |
A | Agnostida because they were the last one to undergo extinction. |
B | Asaphida because they were found in almost all continents of the world. |
C | Proetida because they are the most abundant across the world. |
D | Agnostida because they were found in almost all continents of the world. |
E | Proetida because they were the last one to undergo extinction. |
Question 72 |
A | False |
B | True |
Question 73 |
A | ~ 50 - 200 |
B | ~ 190 - 300 |
C | ~ 50 - 300 |
D | ~ 100 - 190 |
Question 74 |
A | I. Hughmilleria II. Stylonurus |
B | I. Ophiuroidea II. Asterozoa |
C | I. Pterygotus II. Hughmilleria |
D | I. Hughmilleria II. Pterygotus |
E | I. Asterozoa II. Ophiuroidea |
Question 75 |
A | Lower Cambrian |
B | Late Devonian |
C | Upper Cambrian |
D | Middle Cambrian |
E | Early Devonian |
F | Early Cambrian |
Question 76 |
A | Upper Ordovician , Permian |
B | Early Ordovician, Permian |
C | Upper Ordovician , Carboniferous |
D | Early Silurian , Permian |
E | Late Silurian , Devonian |
Question 77 |
A | Agnostida |
B | Proetida |
C | Ptychopariida |
D | Asaphida |
E | Phacopida |
Question 78 |

A | decurved , horizontal |
B | scandent , pendent |
C | reclined , horizontal |
D | recurved , horizontal |
E | scandent , horizontal |
F | recurved , pendent |
G | decurved , pendent |
Question 79 |
A | digestive track |
B | byssal threads |
C | exhalant siphon |
D | inhalant siphon |
Question 80 |
A | pygidium |
B | axial lobe |
C | cephalon |
D | siphuncle |
E | thorax |
Question 81 |
A | Middle Ordovician |
B | Middle Devonian |
C | Early Cambrian |
D | Early Silurian |
E | Early Ordovician |
Question 82 |
A | I. Late Cambrian II. Middle Devonian |
B | I. Early Cambrian II. Late Cambrian |
C | I. Early Silurian II. Early Devonian |
D | I. Early Cambrian II. Late Ordovician |
E | I. Early Silurian II. Middle Devonian |
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You may download this exam as a PDF file here.
Credits: Based on the excellent class notes provided by, Dr. Marius (Dan) Georgescu during Fall 2013. Proofreading and corrections were made by fellow students in GLGY 491 course.
FAQ | Report an Error
Since, Dr. Georgescu decided to repeat some of the questions from the first two midterms, some questions posted on this quiz may also have appeared on the previous 491 quizzes. However, please study the BlackBoard questions for previous exam questions.
In case in you have missed the additional support materials, please visit the main Exams & Resources page and check under GLGY 491. Note: No questions from the two midterms are posted here. But there will be some questions from them on the final. Refer to previous 491 exams.
Quick… save the world!
The world is about to get hit by a meteorite. The computer that controls the high intensity electron beam (use for destroying the extraterrestrial objects) has been hijacked by Graptolites. But they got a riddle for you. What are their orientation from I to VII? If you name them in 30 seconds or less, you may be able to save the world (Disclaimer: Probably of saving the world is a function of the power of the electron beam and it is inversely related to the time in which it take you to shoot it. In other words, the longer your take, 1/t will result in unfavorable outcomes. Once the riddle is solved, you will be granted with the access code. However, use it wisely!).



